Cell Reports Physical Science
@CellRepPhysSci
Followers
6K
Following
861
Media
382
Statuses
4K
An open access journal from @CellPressNews, publishing cutting-edge research in the physical sciences. This account is not monitored, and content is automated.
London. Cambridge. Beijing.
Joined August 2019
We have deprecated our use of https://t.co/xIPlaU1L7w and migrated to other social platforms. You can find us on Bluesky ( https://t.co/IYKw12leXo) and LinkedIn ( https://t.co/sb6UJowBtJ)! This account is not monitored, and content is automated.
0
0
1
Online now: Dynamically polarized atomic comagnetometer
cell.com
Huang et al. develop a dynamically polarized K-Rb-21Ne spin-exchange relaxation-free comagnetometer with a three-phase model to characterize spin evolution and investigate a magnetic compensation...
0
0
0
Online now: Identifying key drivers of product formation in microbial electrosynthesis with a mixed linear regression analysis
cell.com
Zegers et al. present a statistical roadmap for microbial electrosynthesis, combining design of experiments and mixed linear regression to identify pathway drivers. The analysis identifies CO2 and pH...
0
0
0
Online now: Microneedle with d-band-modulated Pd@Pt nanozyme modulates glucose metabolism via inflammatory microenvironment
cell.com
Wang et al. explore the therapeutic application of Pd@Pt nanozymes for type 2 diabetes and its complications. Their research demonstrates that a microneedle patch incorporating these nanozymes can...
0
0
0
Online now: Chiral recognition of chiral-at-cage o-carboranes using NMR spectroscopy
cell.com
Kim et al. present an NMR-based strategy for the chiral recognition of chiral-at-cage o-carboranes. Hydrogen-bonding interactions between o-carboranes and cationic cobalt(III) complexes, which act as...
0
1
1
Online now: Rationalizing notable hole scavenger effects in g-C3N4-catalyzed H2O2 photosynthesis
cell.com
Wu et al. reveal that photooxidation of hole scavengers, a part often overlooked in photocatalytic hydrogen peroxide production, is the rate-limiting step. Conventional metrics for predicting...
0
0
0
What happens when biology meets AI? A revolution in sustainable chemistry. Discover how AI-driven biocatalysis is transforming synthesis + reducing environmental impact. Nov 21 - 9:30 a.m. ET Register: https://t.co/LWeDhN5A2p
#Biocatalysis #AIinScience
0
0
0
Online now: Wearable photoacoustic microscopy for ultrafast stroke metabolic imaging in freely moving mice
cell.com
Liang et al. present a wearable photoacoustic microscope for real-time, high-resolution imaging of cerebral blood oxygen and hemoglobin in freely moving mice. It enables precise stroke modeling,...
0
0
0
Online now: Additive-free oil-bath-printing dual-hyperbolic graphene aerogel for smart wearable sensors
cell.com
Dong et al. present a deep-learning-driven framework and an oil-bath printing strategy that enable the design and fabrication of 3D graphene metamaterial lattices. The resulting graphene metamaterial...
0
0
0
Online now: Recent advances in solar thermal interfacial distillation
cell.com
Park et al. review recent advances in interfacial solar thermal desalination, focusing on the integration of multi-stage systems and strategies to mitigate salt accumulation. Their work highlights...
0
0
0
Online now: A dual-affinity peptide nucleic acid for targeting miRNA-21 precursor rescues tumor repressor PTEN expression
cell.com
Lian et al. show that the miR-21 precursor can be targeted by a type of dual-affinity peptide nucleic acids (daPNAs) through the creation of a dsRNA-ssRNA junction, energetically optimized for...
0
1
2
Online now: Deep learning for heterogeneous anomalous dynamics in cellular and molecular biology
cell.com
(Cell Reports Physical Science 6, 102891; October 15, 2025)
0
0
0
Online now: Methanol steam reforming with samarium-stabilized copper sites for efficient hydrogen production
cell.com
Sun et al. develop a samarium-modified Cu-based catalyst that demonstrates superior performance in the methanol steam reforming reaction, thereby confirming that an increase in surface Cu+ concentr...
0
0
0
Online now: Softening-resistant eutectics via metal-carbide interplanar matching
cell.com
Wei et al. design softening-resistant eutectics via metal-carbide interplanar matching. Aligned interplanar spacings reduce lattice stress and interfacial energy, suppressing deformation and recrys...
0
0
0
Online now: Targeting RNA 2′-hydroxyl groups by bifunctional acylation for functional control and modification
cell.com
Liu et al. present a bifunctional RNA acylating reagent bearing a disulfide bond and an azido group. This reagent enables reversible functional control of siRNA and mRNA and supports RNA labeling and...
0
0
0
Online now: Applying pretrained molecular representation for reaction prediction and efficient catalyst screening
cell.com
Li et al. present a machine-learning workflow using Uni-Mol pretrained molecular representations for reaction prediction and catalyst screening. The approach applies to tetrapeptide-catalyzed aldol...
0
0
0
Online now: Nucleation dynamics in amyloid-beta dimerization revealed by single-molecule fingerprinting
cell.com
Kafi et al. use a single-molecule fingerprinting method to unravel the nucleation of Aβ1-40 dimers, the first oligomers formed during Aβ aggregation. Three key intermediates are found to facilitate...
0
0
0
The next frontier in sustainable chemistry is here. Biocatalysis + AI are redefining how we design catalysts, making synthesis greener and more efficient. Join the @CellPressNews webinar (Nov 21, 9:30 a.m. ET). https://t.co/49kLj7gie0
0
0
1
Online now: Battery safety and security for electric urban air mobility
cell.com
Ke et al. present a perspective on battery safety and security for electric urban air mobility (eUAM). They highlight the need for co-designing materials innovation, cybersecurity, and system...
0
0
0
Online now: Developing antisense therapeutics for multiple myeloma
cell.com
Alexander Kapphahn et al. provide a brief overview of antisense oligonucelotide therapeutics in the management of multiple myeloma (MM), focusing on the role of microRNA and mRNA targets in cancer....
0
0
0
Online now: Oxidation-driven synthetic molecular networks enable dynamic assembly and fluorescence modulation in living cells
cell.com
Yang et al. present an oxidation-driven synthetic molecular network that undergoes reversible macrocyclization and co-assembly with an aggregation-induced emission luminogen to autonomously assemble...
0
2
0